Momentum and Gravitation. It would seem that is impossible to 'add energy to a phosphoresecent atom' so as to 'increase momentum', for momentum is added to the gravitational field energy and not directly to the atom. Therefore some of the ideas I express in the following paragraphs are incomplete.

The Warp Drive : A Proposed Experiment

Here we see the Next Generation Space Station being constructed on the ground on earth. It has an engineered phosphorescent sponge like exterior to absorb and emit energy. Once constructed the sponge absorbs energy and becomes to dense, and slowly the new Space Station is floated up into orbit. As it rises skyward, it runs the risk of losing momentum to relative dilation and the resulting loss of density, so of course it will be necessary to keep that sponge busy absorbing energy all the way up to space, since no one wants a space station orbiting the earth about five miles up when the whole idea was that it was supposed to be a Space Station, which implies that it was supposed to rise up out into space and not just rise up five miles, run out of momentum due to dilation effects and then park.

Here we see the Space Station floating up to a position in high orbit, high above the Van Allen Belt. Because of our sponge like phosphorescent coating, we are not concerned about high energy gamma rays or cosmic rays, in fact, they could prove to be quite useful and providing solar power to our space station, and parking in a higher orbit gives us fewer complications to deal with, such as atmospheric drag.

Now that the Space Station is in orbit it is time to turn on the One G Gravity system to get the station ready for human occupants. First we switch on the magnetic field and then we dump in one cup of atoms and allow the magnetic field to stir. That magnetic field will be kept busy for forever and a day trying to smooth out that magnetic field with those disruptive atoms present, and this should create a nice stretched gradient in the energy field within our station, thus providing that all important normal gravity environment out in space.

Here we see some astronauts heading out into space on the space elevator. Meanwhile another elevator is on the way down after dropping off supplies. The object whizzing by on the bottom is not heading out into space but is traveling to some destination on earth, and it has made the leftward side of its phosphorescent sponge to dense so that it is being expelled by space in the rightward direction at a certain velocity.

A group of astronauts are taking the local space shuttle over the zero gravity space station to perform some experiments. Meanwhile another group of astronauts are taking the elevator down to earth, because it was Friday afternoon, and they were off for the weekend. The object in the bottom right has lowered its density and is now rocketing at high speeds sunward towards the orbit of Mercury, so that it can pick up another load of Mercury rocks and bring them back in the hopes that this might help to answer some questions that were raised by that last load of Mercury rocks it brought back on its last trip to Mercury.